/
provider_test.go
1244 lines (1130 loc) · 46.2 KB
/
provider_test.go
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package retrievalimpl_test
import (
"bytes"
"context"
"fmt"
"math/rand"
"testing"
"time"
"github.com/ipfs/go-cid"
"github.com/ipfs/go-datastore"
"github.com/ipfs/go-datastore/namespace"
dss "github.com/ipfs/go-datastore/sync"
"github.com/ipld/go-ipld-prime/codec/dagcbor"
selectorparse "github.com/ipld/go-ipld-prime/traversal/selector/parse"
"github.com/libp2p/go-libp2p-core/peer"
"github.com/stretchr/testify/assert"
"github.com/stretchr/testify/require"
cbg "github.com/whyrusleeping/cbor-gen"
"github.com/filecoin-project/go-address"
datatransfer "github.com/filecoin-project/go-data-transfer"
"github.com/filecoin-project/go-state-types/abi"
"github.com/filecoin-project/go-state-types/big"
spect "github.com/filecoin-project/specs-actors/support/testing"
"github.com/filecoin-project/go-fil-markets/piecestore"
piecemigrations "github.com/filecoin-project/go-fil-markets/piecestore/migrations"
"github.com/filecoin-project/go-fil-markets/retrievalmarket"
retrievalimpl "github.com/filecoin-project/go-fil-markets/retrievalmarket/impl"
"github.com/filecoin-project/go-fil-markets/retrievalmarket/impl/requestvalidation"
"github.com/filecoin-project/go-fil-markets/retrievalmarket/impl/testnodes"
"github.com/filecoin-project/go-fil-markets/retrievalmarket/migrations"
"github.com/filecoin-project/go-fil-markets/retrievalmarket/network"
tut "github.com/filecoin-project/go-fil-markets/shared_testutil"
)
func TestDynamicPricing(t *testing.T) {
ctx := context.Background()
expectedAddress := address.TestAddress2
payloadCID := tut.GenerateCids(1)[0]
peer1 := peer.ID("peer1")
peer2 := peer.ID("peer2")
// differential price per byte
expectedppbUnVerified := abi.NewTokenAmount(4321)
expectedppbVerified := abi.NewTokenAmount(2)
// differential sealing/unsealing price
expectedUnsealPrice := abi.NewTokenAmount(100)
expectedUnsealDiscount := abi.NewTokenAmount(1)
// differential payment interval
expectedpiPeer1 := uint64(4567)
expectedpiPeer2 := uint64(20)
expectedPaymentIntervalIncrease := uint64(100)
// multiple pieces have the same payload
expectedPieceCID1 := tut.GenerateCids(1)[0]
expectedPieceCID2 := tut.GenerateCids(1)[0]
// sizes
piece1SizePadded := uint64(1234)
piece1Size := uint64(abi.PaddedPieceSize(piece1SizePadded).Unpadded())
piece2SizePadded := uint64(2234)
piece2Size := uint64(abi.PaddedPieceSize(piece2SizePadded).Unpadded())
piece1 := piecestore.PieceInfo{
PieceCID: expectedPieceCID1,
Deals: []piecestore.DealInfo{
{
DealID: abi.DealID(1),
Length: abi.PaddedPieceSize(piece1SizePadded),
},
{
DealID: abi.DealID(11),
Length: abi.PaddedPieceSize(piece1SizePadded),
},
},
}
piece2 := piecestore.PieceInfo{
PieceCID: expectedPieceCID2,
Deals: []piecestore.DealInfo{
{
DealID: abi.DealID(2),
Length: abi.PaddedPieceSize(piece2SizePadded),
},
{
DealID: abi.DealID(22),
Length: abi.PaddedPieceSize(piece2SizePadded),
},
{
DealID: abi.DealID(222),
Length: abi.PaddedPieceSize(piece2SizePadded),
},
},
}
dPriceFunc := func(ctx context.Context, dealPricingParams retrievalmarket.PricingInput) (retrievalmarket.Ask, error) {
ask := retrievalmarket.Ask{}
if dealPricingParams.VerifiedDeal {
ask.PricePerByte = expectedppbVerified
} else {
ask.PricePerByte = expectedppbUnVerified
}
if dealPricingParams.Unsealed {
ask.UnsealPrice = expectedUnsealDiscount
} else {
ask.UnsealPrice = expectedUnsealPrice
}
fmt.Println("\n client is", dealPricingParams.Client.String())
if dealPricingParams.Client == peer2 {
ask.PaymentInterval = expectedpiPeer2
} else {
ask.PaymentInterval = expectedpiPeer1
}
ask.PaymentIntervalIncrease = expectedPaymentIntervalIncrease
return ask, nil
}
buildProvider := func(
t *testing.T,
node *testnodes.TestRetrievalProviderNode,
sa retrievalmarket.SectorAccessor,
qs network.RetrievalQueryStream,
pieceStore piecestore.PieceStore,
dagStore *tut.MockDagStoreWrapper,
net *tut.TestRetrievalMarketNetwork,
pFnc retrievalimpl.RetrievalPricingFunc,
) retrievalmarket.RetrievalProvider {
ds := dss.MutexWrap(datastore.NewMapDatastore())
dt := tut.NewTestDataTransfer()
c, err := retrievalimpl.NewProvider(expectedAddress, node, sa, net, pieceStore, dagStore, dt, ds, pFnc)
require.NoError(t, err)
tut.StartAndWaitForReady(ctx, t, c)
return c
}
readWriteQueryStream := func() *tut.TestRetrievalQueryStream {
qRead, qWrite := tut.QueryReadWriter()
qrRead, qrWrite := tut.QueryResponseReadWriter()
qs := tut.NewTestRetrievalQueryStream(tut.TestQueryStreamParams{
Reader: qRead,
Writer: qWrite,
RespReader: qrRead,
RespWriter: qrWrite,
})
return qs
}
tcs := map[string]struct {
query retrievalmarket.Query
expFunc func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper)
nodeFunc func(n *testnodes.TestRetrievalProviderNode)
sectorAccessorFunc func(sa *testnodes.TestSectorAccessor)
peerIdFnc func(stream *tut.TestRetrievalQueryStream)
providerFnc func(provider retrievalmarket.RetrievalProvider)
pricingFnc retrievalimpl.RetrievalPricingFunc
expectedPricePerByte abi.TokenAmount
expectedPaymentInterval uint64
expectedPaymentIntervalIncrease uint64
expectedUnsealPrice abi.TokenAmount
expectedSize uint64
}{
// Retrieval request for a payloadCid without a pieceCid
"pieceCid no-op: quote correct price for sealed, unverified, peer1": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.ExpectPricingParams(expectedPieceCID1, []abi.DealID{1, 11, 2, 22, 222})
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbUnVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealPrice,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece1Size,
},
"pieceCid no-op: quote correct price for sealed, unverified, peer2": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer2)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.ExpectPricingParams(expectedPieceCID1, []abi.DealID{1, 11, 2, 22, 222})
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbUnVerified,
expectedPaymentInterval: expectedpiPeer2,
expectedUnsealPrice: expectedUnsealPrice,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece1Size,
},
"pieceCid no-op: quote correct price for sealed, verified, peer1": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.MarkVerified()
n.ExpectPricingParams(expectedPieceCID1, []abi.DealID{1, 11, 2, 22, 222})
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealPrice,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece1Size,
},
"pieceCid no-op: quote correct price for unsealed, unverified, peer1": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.ExpectPricingParams(expectedPieceCID2, []abi.DealID{1, 11, 2, 22, 222})
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece2.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
//pieceStore.ExpectCID(payloadCID, expectedCIDInfo)
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbUnVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealDiscount,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece2Size,
},
"pieceCid no-op: quote correct price for unsealed, verified, peer1": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.MarkVerified()
n.ExpectPricingParams(expectedPieceCID2, []abi.DealID{1, 11, 2, 22, 222})
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece2.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealDiscount,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece2Size,
},
"pieceCid no-op: quote correct price for unsealed, verified, peer1 using default pricing policy if data transfer fee set to zero for verified deals": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.MarkVerified()
n.ExpectPricingParams(expectedPieceCID2, []abi.DealID{1, 11, 2, 22, 222})
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece2.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {
ask := provider.GetAsk()
ask.PaymentInterval = expectedpiPeer1
ask.PaymentIntervalIncrease = expectedPaymentIntervalIncrease
provider.SetAsk(ask)
},
pricingFnc: retrievalimpl.DefaultPricingFunc(true),
expectedPricePerByte: big.Zero(),
expectedUnsealPrice: big.Zero(),
expectedPaymentInterval: expectedpiPeer1,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece2Size,
},
"pieceCid no-op: quote correct price for unsealed, verified, peer1 using default pricing policy if data transfer fee not set to zero for verified deals": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.MarkVerified()
n.ExpectPricingParams(expectedPieceCID2, []abi.DealID{1, 11, 2, 22, 222})
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece2.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {
ask := provider.GetAsk()
ask.PricePerByte = expectedppbVerified
ask.PaymentInterval = expectedpiPeer1
ask.PaymentIntervalIncrease = expectedPaymentIntervalIncrease
provider.SetAsk(ask)
},
pricingFnc: retrievalimpl.DefaultPricingFunc(false),
expectedPricePerByte: expectedppbVerified,
expectedUnsealPrice: big.Zero(),
expectedPaymentInterval: expectedpiPeer1,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece2Size,
},
"pieceCid no-op: quote correct price for sealed, verified, peer1 using default pricing policy": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.MarkVerified()
n.ExpectPricingParams(expectedPieceCID1, []abi.DealID{1, 11, 2, 22, 222})
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {
ask := provider.GetAsk()
ask.PricePerByte = expectedppbVerified
ask.PaymentInterval = expectedpiPeer1
ask.PaymentIntervalIncrease = expectedPaymentIntervalIncrease
ask.UnsealPrice = expectedUnsealPrice
provider.SetAsk(ask)
},
pricingFnc: retrievalimpl.DefaultPricingFunc(false),
expectedPricePerByte: expectedppbVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealPrice,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece1Size,
},
// Retrieval requests for a payloadCid inside a specific piece Cid
"specific sealed piece Cid, first piece Cid matches: quote correct price for sealed, unverified, peer1": {
query: retrievalmarket.Query{
PayloadCID: payloadCID,
QueryParams: retrievalmarket.QueryParams{PieceCID: &expectedPieceCID1},
},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.ExpectPricingParams(expectedPieceCID1, []abi.DealID{1, 11})
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece2.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbUnVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealPrice,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece1Size,
},
"specific sealed piece Cid, second piece Cid matches: quote correct price for sealed, unverified, peer1": {
query: retrievalmarket.Query{
PayloadCID: payloadCID,
QueryParams: retrievalmarket.QueryParams{PieceCID: &expectedPieceCID2},
},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.ExpectPricingParams(expectedPieceCID2, []abi.DealID{2, 22, 222})
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece1.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID1, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbUnVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealPrice,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece2Size,
},
"specific sealed piece Cid, first piece Cid matches: quote correct price for sealed, verified, peer1": {
query: retrievalmarket.Query{
PayloadCID: payloadCID,
QueryParams: retrievalmarket.QueryParams{PieceCID: &expectedPieceCID1},
},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.ExpectPricingParams(expectedPieceCID1, []abi.DealID{1, 11})
n.MarkVerified()
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece2.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealPrice,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece1Size,
},
"specific sealed piece Cid, first piece Cid matches: quote correct price for unsealed, verified, peer1": {
query: retrievalmarket.Query{
PayloadCID: payloadCID,
QueryParams: retrievalmarket.QueryParams{PieceCID: &expectedPieceCID1},
},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.MarkVerified()
n.ExpectPricingParams(expectedPieceCID1, []abi.DealID{1, 11})
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece1.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbVerified,
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: expectedUnsealDiscount,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece1Size,
},
"specific sealed piece Cid, first piece Cid matches: quote correct price for unsealed, verified, peer2": {
query: retrievalmarket.Query{
PayloadCID: payloadCID,
QueryParams: retrievalmarket.QueryParams{PieceCID: &expectedPieceCID2},
},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer2)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.MarkVerified()
n.ExpectPricingParams(expectedPieceCID2, []abi.DealID{2, 22, 222})
},
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := piece2.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {},
pricingFnc: dPriceFunc,
expectedPricePerByte: expectedppbVerified,
expectedPaymentInterval: expectedpiPeer2,
expectedUnsealPrice: expectedUnsealDiscount,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece2Size,
},
"pieceCid no-op: quote correct price for sealed, unverified, peer1 based on a pre-existing ask": {
query: retrievalmarket.Query{PayloadCID: payloadCID},
peerIdFnc: func(qs *tut.TestRetrievalQueryStream) {
qs.SetRemotePeer(peer1)
},
nodeFunc: func(n *testnodes.TestRetrievalProviderNode) {
n.ExpectPricingParams(expectedPieceCID1, []abi.DealID{1, 11, 2, 22, 222})
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID1, piece1)
pieceStore.ExpectPiece(expectedPieceCID2, piece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID1)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
providerFnc: func(provider retrievalmarket.RetrievalProvider) {
ask := provider.GetAsk()
ask.PricePerByte = expectedppbUnVerified
ask.UnsealPrice = expectedUnsealPrice
provider.SetAsk(ask)
},
pricingFnc: func(ctx context.Context, dealPricingParams retrievalmarket.PricingInput) (retrievalmarket.Ask, error) {
ask, _ := dPriceFunc(ctx, dealPricingParams)
ppb := big.Add(ask.PricePerByte, dealPricingParams.CurrentAsk.PricePerByte)
unseal := big.Add(ask.UnsealPrice, dealPricingParams.CurrentAsk.UnsealPrice)
ask.PricePerByte = ppb
ask.UnsealPrice = unseal
return ask, nil
},
expectedPricePerByte: big.Mul(expectedppbUnVerified, big.NewInt(2)),
expectedPaymentInterval: expectedpiPeer1,
expectedUnsealPrice: big.Mul(expectedUnsealPrice, big.NewInt(2)),
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedSize: piece1Size,
},
}
for name, tc := range tcs {
t.Run(name, func(t *testing.T) {
node := testnodes.NewTestRetrievalProviderNode()
sectorAccessor := testnodes.NewTestSectorAccessor()
qs := readWriteQueryStream()
tc.peerIdFnc(qs)
err := qs.WriteQuery(tc.query)
require.NoError(t, err)
pieceStore := tut.NewTestPieceStore()
dagStore := tut.NewMockDagStoreWrapper(pieceStore, sectorAccessor)
tc.nodeFunc(node)
if tc.sectorAccessorFunc != nil {
tc.sectorAccessorFunc(sectorAccessor)
}
tc.expFunc(t, pieceStore, dagStore)
net := tut.NewTestRetrievalMarketNetwork(tut.TestNetworkParams{})
p := buildProvider(t, node, sectorAccessor, qs, pieceStore, dagStore, net, tc.pricingFnc)
tc.providerFnc(p)
net.ReceiveQueryStream(qs)
actualResp, err := qs.ReadQueryResponse()
require.NoError(t, err)
pieceStore.VerifyExpectations(t)
node.VerifyExpectations(t)
sectorAccessor.VerifyExpectations(t)
require.Equal(t, expectedAddress, actualResp.PaymentAddress)
require.Equal(t, tc.expectedPricePerByte, actualResp.MinPricePerByte)
require.Equal(t, tc.expectedUnsealPrice, actualResp.UnsealPrice)
require.Equal(t, tc.expectedPaymentInterval, actualResp.MaxPaymentInterval)
require.Equal(t, tc.expectedPaymentIntervalIncrease, actualResp.MaxPaymentIntervalIncrease)
require.Equal(t, tc.expectedSize, actualResp.Size)
})
}
}
func TestHandleQueryStream(t *testing.T) {
ctx := context.Background()
payloadCID := tut.GenerateCids(1)[0]
expectedPeer := peer.ID("somepeer")
paddedSize := uint64(1234)
expectedSize := uint64(abi.PaddedPieceSize(paddedSize).Unpadded())
paddedSize2 := uint64(2234)
expectedSize2 := uint64(abi.PaddedPieceSize(paddedSize2).Unpadded())
expectedPieceCID := tut.GenerateCids(1)[0]
expectedPieceCID2 := tut.GenerateCids(1)[0]
expectedPiece := piecestore.PieceInfo{
PieceCID: expectedPieceCID,
Deals: []piecestore.DealInfo{
{
Length: abi.PaddedPieceSize(paddedSize),
},
},
}
expectedPiece2 := piecestore.PieceInfo{
PieceCID: expectedPieceCID2,
Deals: []piecestore.DealInfo{
{
Length: abi.PaddedPieceSize(paddedSize2),
},
},
}
expectedAddress := address.TestAddress2
expectedPricePerByte := abi.NewTokenAmount(4321)
expectedPaymentInterval := uint64(4567)
expectedPaymentIntervalIncrease := uint64(100)
expectedUnsealPrice := abi.NewTokenAmount(100)
// differential pricing
expectedUnsealDiscount := abi.NewTokenAmount(1)
readWriteQueryStream := func() network.RetrievalQueryStream {
qRead, qWrite := tut.QueryReadWriter()
qrRead, qrWrite := tut.QueryResponseReadWriter()
qs := tut.NewTestRetrievalQueryStream(tut.TestQueryStreamParams{
PeerID: expectedPeer,
Reader: qRead,
Writer: qWrite,
RespReader: qrRead,
RespWriter: qrWrite,
})
return qs
}
receiveStreamOnProvider := func(
t *testing.T,
node *testnodes.TestRetrievalProviderNode,
sa *testnodes.TestSectorAccessor,
qs network.RetrievalQueryStream,
pieceStore piecestore.PieceStore,
dagStore *tut.MockDagStoreWrapper,
) {
ds := dss.MutexWrap(datastore.NewMapDatastore())
dt := tut.NewTestDataTransfer()
net := tut.NewTestRetrievalMarketNetwork(tut.TestNetworkParams{})
priceFunc := func(ctx context.Context, dealPricingParams retrievalmarket.PricingInput) (retrievalmarket.Ask, error) {
ask := retrievalmarket.Ask{}
ask.PricePerByte = expectedPricePerByte
ask.PaymentInterval = expectedPaymentInterval
ask.PaymentIntervalIncrease = expectedPaymentIntervalIncrease
if dealPricingParams.Unsealed {
ask.UnsealPrice = expectedUnsealDiscount
} else {
ask.UnsealPrice = expectedUnsealPrice
}
return ask, nil
}
c, err := retrievalimpl.NewProvider(expectedAddress, node, sa, net, pieceStore, dagStore, dt, ds, priceFunc)
require.NoError(t, err)
tut.StartAndWaitForReady(ctx, t, c)
net.ReceiveQueryStream(qs)
}
testCases := []struct {
name string
query retrievalmarket.Query
expResp retrievalmarket.QueryResponse
expErr string
expFunc func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper)
sectorAccessorFunc func(sa *testnodes.TestSectorAccessor)
expectedPricePerByte abi.TokenAmount
expectedPaymentInterval uint64
expectedPaymentIntervalIncrease uint64
expectedUnsealPrice abi.TokenAmount
}{
{name: "When PieceCID is not provided and PayloadCID is found",
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID, expectedPiece)
pieceStore.ExpectPiece(expectedPieceCID2, expectedPiece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
query: retrievalmarket.Query{PayloadCID: payloadCID},
expResp: retrievalmarket.QueryResponse{
Status: retrievalmarket.QueryResponseAvailable,
PieceCIDFound: retrievalmarket.QueryItemAvailable,
Size: expectedSize,
},
expectedPricePerByte: expectedPricePerByte,
expectedPaymentInterval: expectedPaymentInterval,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedUnsealPrice: expectedUnsealPrice,
},
{name: "When PieceCID is not provided, prefer a piece for which an unsealed sector already exists and price it accordingly",
sectorAccessorFunc: func(sa *testnodes.TestSectorAccessor) {
p := expectedPiece2.Deals[0]
sa.MarkUnsealed(context.TODO(), p.SectorID, p.Offset.Unpadded(), p.Length.Unpadded())
},
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
pieceStore.ExpectPiece(expectedPieceCID, expectedPiece)
pieceStore.ExpectPiece(expectedPieceCID2, expectedPiece2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
query: retrievalmarket.Query{PayloadCID: payloadCID},
expResp: retrievalmarket.QueryResponse{
Status: retrievalmarket.QueryResponseAvailable,
PieceCIDFound: retrievalmarket.QueryItemAvailable,
Size: expectedSize2,
},
expectedPricePerByte: expectedPricePerByte,
expectedPaymentInterval: expectedPaymentInterval,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedUnsealPrice: expectedUnsealDiscount,
},
{name: "When PieceCID is provided and both PieceCID and PayloadCID are found",
expFunc: func(t *testing.T, pieceStore *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
loadPieceCIDS(t, pieceStore, payloadCID, expectedPieceCID)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID)
},
query: retrievalmarket.Query{
PayloadCID: payloadCID,
QueryParams: retrievalmarket.QueryParams{PieceCID: &expectedPieceCID},
},
expResp: retrievalmarket.QueryResponse{
Status: retrievalmarket.QueryResponseAvailable,
PieceCIDFound: retrievalmarket.QueryItemAvailable,
Size: expectedSize,
},
expectedPricePerByte: expectedPricePerByte,
expectedPaymentInterval: expectedPaymentInterval,
expectedPaymentIntervalIncrease: expectedPaymentIntervalIncrease,
expectedUnsealPrice: expectedUnsealPrice,
},
{name: "When QueryParams has PieceCID and is missing",
expFunc: func(t *testing.T, ps *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {
loadPieceCIDS(t, ps, payloadCID, cid.Undef)
ps.ExpectMissingPiece(expectedPieceCID)
ps.ExpectMissingPiece(expectedPieceCID2)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID2)
},
query: retrievalmarket.Query{
PayloadCID: payloadCID,
QueryParams: retrievalmarket.QueryParams{PieceCID: &expectedPieceCID},
},
expResp: retrievalmarket.QueryResponse{
Status: retrievalmarket.QueryResponseUnavailable,
PieceCIDFound: retrievalmarket.QueryItemUnavailable,
Message: "piece info for cid not found (deal has not been added to a piece yet)",
},
expectedPricePerByte: big.Zero(),
expectedPaymentInterval: 0,
expectedPaymentIntervalIncrease: 0,
expectedUnsealPrice: big.Zero(),
},
{name: "When payload CID not found",
expFunc: func(t *testing.T, ps *tut.TestPieceStore, dagStore *tut.MockDagStoreWrapper) {},
query: retrievalmarket.Query{
PayloadCID: payloadCID,
QueryParams: retrievalmarket.QueryParams{PieceCID: &expectedPieceCID},
},
expResp: retrievalmarket.QueryResponse{
Status: retrievalmarket.QueryResponseUnavailable,
PieceCIDFound: retrievalmarket.QueryItemUnavailable,
Message: "piece info for cid not found (deal has not been added to a piece yet)",
},
expectedPricePerByte: big.Zero(),
expectedPaymentInterval: 0,
expectedPaymentIntervalIncrease: 0,
expectedUnsealPrice: big.Zero(),
},
}
for _, tc := range testCases {
t.Run(tc.name, func(t *testing.T) {
node := testnodes.NewTestRetrievalProviderNode()
sa := testnodes.NewTestSectorAccessor()
qs := readWriteQueryStream()
err := qs.WriteQuery(tc.query)
require.NoError(t, err)
pieceStore := tut.NewTestPieceStore()
dagStore := tut.NewMockDagStoreWrapper(pieceStore, sa)
if tc.sectorAccessorFunc != nil {
tc.sectorAccessorFunc(sa)
}
tc.expFunc(t, pieceStore, dagStore)
receiveStreamOnProvider(t, node, sa, qs, pieceStore, dagStore)
actualResp, err := qs.ReadQueryResponse()
pieceStore.VerifyExpectations(t)
if tc.expErr == "" {
assert.NoError(t, err)
} else {
assert.EqualError(t, err, tc.expErr)
}
tc.expResp.PaymentAddress = expectedAddress
tc.expResp.MinPricePerByte = tc.expectedPricePerByte
tc.expResp.MaxPaymentInterval = tc.expectedPaymentInterval
tc.expResp.MaxPaymentIntervalIncrease = tc.expectedPaymentIntervalIncrease
tc.expResp.UnsealPrice = tc.expectedUnsealPrice
assert.Equal(t, tc.expResp, actualResp)
})
}
t.Run("error reading piece", func(t *testing.T) {
node := testnodes.NewTestRetrievalProviderNode()
sa := testnodes.NewTestSectorAccessor()
qs := readWriteQueryStream()
err := qs.WriteQuery(retrievalmarket.Query{
PayloadCID: payloadCID,
})
require.NoError(t, err)
pieceStore := tut.NewTestPieceStore()
dagStore := tut.NewMockDagStoreWrapper(pieceStore, sa)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID)
receiveStreamOnProvider(t, node, sa, qs, pieceStore, dagStore)
response, err := qs.ReadQueryResponse()
require.NoError(t, err)
require.Equal(t, response.Status, retrievalmarket.QueryResponseError)
require.NotEmpty(t, response.Message)
})
t.Run("when ReadDealStatusRequest fails", func(t *testing.T) {
node := testnodes.NewTestRetrievalProviderNode()
sa := testnodes.NewTestSectorAccessor()
qs := readWriteQueryStream()
pieceStore := tut.NewTestPieceStore()
dagStore := tut.NewMockDagStoreWrapper(pieceStore, sa)
receiveStreamOnProvider(t, node, sa, qs, pieceStore, dagStore)
response, err := qs.ReadQueryResponse()
require.NotNil(t, err)
require.Equal(t, response, retrievalmarket.QueryResponseUndefined)
})
t.Run("when WriteDealStatusResponse fails", func(t *testing.T) {
node := testnodes.NewTestRetrievalProviderNode()
sa := testnodes.NewTestSectorAccessor()
qRead, qWrite := tut.QueryReadWriter()
qs := tut.NewTestRetrievalQueryStream(tut.TestQueryStreamParams{
PeerID: expectedPeer,
Reader: qRead,
Writer: qWrite,
RespWriter: tut.FailResponseWriter,
})
err := qs.WriteQuery(retrievalmarket.Query{
PayloadCID: payloadCID,
})
require.NoError(t, err)
pieceStore := tut.NewTestPieceStore()
pieceStore.ExpectPiece(expectedPieceCID, expectedPiece)
dagStore := tut.NewMockDagStoreWrapper(pieceStore, sa)
dagStore.AddBlockToPieceIndex(payloadCID, expectedPieceCID)
receiveStreamOnProvider(t, node, sa, qs, pieceStore, dagStore)
pieceStore.VerifyExpectations(t)
})
}
func TestProvider_Construct(t *testing.T) {
ds := datastore.NewMapDatastore()
pieceStore := tut.NewTestPieceStore()
node := testnodes.NewTestRetrievalProviderNode()
sa := testnodes.NewTestSectorAccessor()
dagStore := tut.NewMockDagStoreWrapper(pieceStore, sa)
dt := tut.NewTestDataTransfer()
priceFunc := func(ctx context.Context, dealPricingParams retrievalmarket.PricingInput) (retrievalmarket.Ask, error) {
ask := retrievalmarket.Ask{}
return ask, nil
}
_, err := retrievalimpl.NewProvider(
spect.NewIDAddr(t, 2344),
node,
sa,
tut.NewTestRetrievalMarketNetwork(tut.TestNetworkParams{}),
pieceStore,
dagStore,
dt,
ds,
priceFunc,
)
require.NoError(t, err)
require.Len(t, dt.Subscribers, 1)
require.Len(t, dt.RegisteredVoucherResultTypes, 2)
_, ok := dt.RegisteredVoucherResultTypes[0].(*retrievalmarket.DealResponse)
require.True(t, ok)
_, ok = dt.RegisteredVoucherResultTypes[1].(*migrations.DealResponse0)
require.True(t, ok)
require.Len(t, dt.RegisteredVoucherTypes, 2)
_, ok = dt.RegisteredVoucherTypes[0].VoucherType.(*retrievalmarket.DealProposal)
require.True(t, ok)
_, ok = dt.RegisteredVoucherTypes[0].Validator.(*requestvalidation.ProviderRequestValidator)
require.True(t, ok)
_, ok = dt.RegisteredVoucherTypes[1].VoucherType.(*migrations.DealProposal0)
require.True(t, ok)
_, ok = dt.RegisteredVoucherTypes[1].Validator.(*requestvalidation.ProviderRequestValidator)
require.True(t, ok)
require.Len(t, dt.RegisteredRevalidators, 2)
_, ok = dt.RegisteredRevalidators[0].VoucherType.(*retrievalmarket.DealPayment)
require.True(t, ok)
_, ok = dt.RegisteredRevalidators[0].Revalidator.(*requestvalidation.ProviderRevalidator)
require.True(t, ok)
_, ok = dt.RegisteredRevalidators[1].VoucherType.(*migrations.DealPayment0)
require.True(t, ok)
require.Len(t, dt.RegisteredTransportConfigurers, 2)
_, ok = dt.RegisteredTransportConfigurers[0].VoucherType.(*retrievalmarket.DealProposal)
_, ok = dt.RegisteredTransportConfigurers[1].VoucherType.(*migrations.DealProposal0)
require.True(t, ok)
}
func TestProviderConfigOpts(t *testing.T) {
var sawOpt int
opt1 := func(p *retrievalimpl.Provider) { sawOpt++ }
opt2 := func(p *retrievalimpl.Provider) { sawOpt += 2 }
ds := datastore.NewMapDatastore()
pieceStore := tut.NewTestPieceStore()
node := testnodes.NewTestRetrievalProviderNode()
sa := testnodes.NewTestSectorAccessor()
dagStore := tut.NewMockDagStoreWrapper(pieceStore, sa)